We offer our customers cutting-edge solution, from equipment specifcation and supply, up to a full turn key project.
The energy transition is already happening. Every day more renewable generation is being incorporated into the grid. Reducing C02 emissions is important for the world, as is ensuring grid stability.
The Grid connectivity challenges of interconnecting renewable generation can be overcome with Diram cutting-edge solutions.
Our technical expertise and broad portfolio of products guarantee our customers the best and most cost-effective solution for their needs.
We offer solutions to address issues ranging from static VAr deficits to the most complex power quality and grid stability concerns.
Diram offers a wide range of products and services for renewable generation plants. We are there to guide our customers from the early stages of a project, up to the implementation of the required interconnection solutions.
To ensure optimal system performance and personnel safety we offer a wide range of power system studies to guide our customers and meet their needs.
Our technical team is highly skilled in the steel production sector. With the best Class A portable measurement devices, the most advanced simulation software and wide technical expertise, we quickly and accurately specify cost-effective solutions for voltage stability, power quality and voltage/ power factor regulation applications.
Open Rack capacitor banks and harmonic filters with Southern States CapSwitcher® are the most widely used solution among renewable energy generation sites.
Open Rack solutions are very cost-effective for applications with large, steady-state reactive power compensation requirements. Our capacitor banks are well-known, proven solutions fully backed by Diram.
Metal Enclosed Switchgear style harmonic filters and capacitor banks are customizable for specific needs.
Because of its easy installation, metal enclosed systems are becoming very popular for renewable generation solutions.
Power factor control and voltage regulation is a must for renewable generation to comply grid code requirements.
Through a power quality analysis conducted in a photovoltaic power station it was discovered that 5th and 7th individual harmonics of the 35 KV busbar exceeded specified limits.
Through a power quality analysis conducted in a photovoltaic power station it was discovered that 5th and 7th individual harmonics of the 35 KV busbar exceeded specified limits.
Considering the harmonic characteristics, engineering cost, construction requirements and the power station configuration, a centralized harmonic control method was recommended. The overall system topology is shown in figure below.
Through a power quality analysis conducted in a photovoltaic power station it was discovered that 5th and 7th individual harmonics of the 35 KV busbar exceeded specified limits.
Through a power quality analysis conducted in a photovoltaic power station it was discovered that 5th and 7th individual harmonics of the 35 KV busbar exceeded specified limits.
Through a power quality analysis conducted in a photovoltaic power station it was discovered that 5th and 7th individual harmonics of the 35 KV busbar exceeded specified limits.
